CD8⁺ T cells: gene co-expression modules
Cytotoxic T lymphocytes recognising peptide on MHC class I; release perforin and granzymes to kill infected or transformed cells, and persist as tissue-resident memory in mucosa.
SCUBA's reference network for CD8⁺ T cells holds 89 gene modules covering 1,070 genes. Each module is a group of genes that rise and fall together across these cells, annotated with the biological process it most likely represents.
View the CD8⁺ T cells network in SCUBA
Cell cycle (20)
- CDK1-Aurora Kinase Mitosis · 11 genes
- DNA Replication Fork · 14 genes
- FOXM1-driven G2/M · 8 genes
- G1/S Entry Checkpoint · 9 genes
- G2/M Cell Cycle · 10 genes
- G2/M Checkpoint · 10 genes
- Histone Synthesis S-phase · 9 genes
- MCM Helicase Loading · 14 genes
- Mitosis & Cytokinesis · 8 genes
- Mitotic Kinase Cascade · 15 genes
- Mitotic Spindle · 12 genes
- Mitotic Spindle · 15 genes
- Mitotic Spindle Assembly · 12 genes
- Proliferating CD8 T cell · 9 genes
- Replication Licensing · 17 genes
- Replication Stress Checkpoint · 10 genes
- S-phase Chromatin Replication · 13 genes
- S-phase Progression · 14 genes
- S-phase Replication · 9 genes
- Spindle Bipolarity Cytokinesis · 13 genes
Cytoskeletal (4)
- Actin Cytoskeleton · 19 genes
- Actin Cytoskeleton Dynamics · 8 genes
- Actomyosin Motility · 11 genes
- Rho GTPase Cytoskeletal · 14 genes
cytotoxicity (2)
- Cytotoxic Effector · 13 genes
- Cytotoxic Gut Effector · 12 genes
DNA/chromatin regulation (1)
- Epigenetic Chromatin Maintenance · 11 genes
Exhaustion (4)
- Cytotoxic Exhausted CD8 · 11 genes
- TCR Activation & Modulation · 9 genes
- Terminal Exhaustion · 15 genes
- Tumor mediated exhaustion · 12 genes
Gut residence (4)
- Gut Residence Trm · 13 genes
- Gut Tissue Residency · 18 genes
- IEL Gut Residence · 10 genes
- Tissue residence · 10 genes
Housekeeping (8)
- Cellular Housekeeping · 18 genes
- Cellular Housekeeping · 8 genes
- Cellular Housekeeping · 12 genes
- General Housekeeping · 14 genes
- Glycolysis Program · 15 genes
- Metabolic Housekeeping · 9 genes
- Mitochondrial Housekeeping · 11 genes
- Proteasome Degradation · 11 genes
Immune regulation (2)
- MHC Class II Presentation · 12 genes
- T cell Immune Tolerance · 8 genes
Inflammation (6)
- Antiviral ISG Response · 10 genes
- IFN-gamma Response · 9 genes
- IFN-gamma Stress Response · 9 genes
- Interferon-stimulated Genes · 12 genes
- Type I Interferon · 12 genes
- Type I Interferon · 10 genes
Mitochondrial & OxPhos (5)
- Complex I / OXPHOS · 10 genes
- Mitochondrial ETC/OxPhos · 16 genes
- Mitochondrial Metabolism · 9 genes
- Mitochondrial OxPhos · 14 genes
- OxPhos & Proteasome · 10 genes
Protein processing & ER (4)
- ER Protein Quality Control · 12 genes
- ER-Golgi Trafficking · 10 genes
- Proteostasis Translation · 12 genes
- Vesicle Trafficking · 10 genes
RNA processing & translation (11)
- Chromatin RNA Processing · 9 genes
- mRNA Stability/Processing · 9 genes
- Nuclear RNA Splicing · 14 genes
- Nucleocytoplasmic Transport · 8 genes
- Pre-mRNA Splicing · 14 genes
- Ribosome Biogenesis · 17 genes
- RNA & Redox Housekeeping · 12 genes
- RNA Processing Mixed · 17 genes
- RNA Splicing & ER · 11 genes
- RNA Splicing Complex · 12 genes
- Translation Elongation · 9 genes
Stress (5)
- Autophagy Metabolic Stress · 11 genes
- Heat Shock Response · 12 genes
- Heat Shock Response · 13 genes
- Immediate Early Response · 15 genes
- Stress-ISG Response · 14 genes
T cell maturation (6)
- BATF-driven Activation · 11 genes
- CD8 Effector Maturation · 17 genes
- Effector Memory CD8 · 12 genes
- Effector-Memory CD8 · 17 genes
- Naive/Central Memory · 16 genes
- Naive/Memory CD8 · 12 genes
Tc17 program (2)
- Tc17 program · 13 genes
- Tc17 Survival Program · 8 genes
TCR Signaling (5)
- AP-1 Early Activation · 14 genes
- T Cell Activation · 18 genes
- TCR Complex Signaling · 13 genes
- TCR Proximal Signaling · 12 genes
- TCR Proximal Signaling · 9 genes